
Stop fighting your angle grinder and start slicing with the Walter ZIP ONE. If you work with thin sheet metal, auto body panels, or stainless steel trim, you know that standard cutting wheels can be aggressive, messy, and hot. The ZIP ONE changes the game with an incredibly thin 1/32-inch profile that delivers the cleanest, fastest cuts you've ever experienced. It’s like using a scalpel instead of a saw. This 5-pack of Type 27 wheels gives you the control you need for delicate jobs where precision matters more than brute force.
Why choose a Type 27 wheel for cutting? The depressed center adds stiffness to the wheel, which is crucial when you are working with something this thin. It also allows the mounting nut to sit flush, letting you get the wheel flat against a surface for trimming off bolts or making flush cuts without gouging the surrounding metal. Whether you are fitting a new quarter panel in the body shop or fabricating custom HVAC ducting, the ZIP ONE gives you surgical control.
One of the biggest headaches with thin metal is heat. Get it too hot, and it warps, discolors, or burns the paint. The ZIP ONE is designed with "Cool Cutting Technology" that keeps temperatures down. You get a straight, clean cut without the rainbow heat tint on your stainless steel. Plus, because it cuts so cleanly, you won't be left with a jagged, nasty burr that takes ten minutes to grind off. You cut it once, and you're done. It’s safer, faster, and makes your work look professional with half the effort.
Don't risk ruining your workpiece with a thick, vibrating wheel. Upgrade to the Walter ZIP ONE and feel the difference that premium abrasives make in your daily grind.
| Additional Information |
|---|
| Brand:Walter Surface Technologies |
| Diameter:4.5" |
| Thickness:0.031" |
| Arbor In:7/8" |
| Used To Cut:Steel & Stainless Steel |
| Packaging Description:5 per pack |
| Wheel Style:Type 27 |
| Wheel Type:Type 27 (Depressed Center) |
| Application Material:Thin Gauge Steel, Stainless Steel |
| Technology:Cool Cutting Technology |